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Focus on infrared temperature measurement technology, standardized batch production process, to provide you with stable and reliable products
Transformer Substation Thermal Imaging Monitoring System
Yoseen infrared is a company focusing on the R & D, production and sales of temperature - measuring infrared thermal camera. Our thermal cameras are widely used in human body temperature measurement, metallurgy, power system, security and other fields.
System introduction System features User benefits

1. Program Background

The main transformer, referred to as the main transformer, is the main step-down transformer used for transmission and transformation in the substation, and is also the core part of the substation. The capacity of the main transformer is generally large, and it requires high reliability in operation. Once the fault occurs, it will cause great loss. If not, it may cause equipment failure. Or it could cause a fire and endanger normal transportation. The main transformer has the following faults:

Blockage of radiator caused oil temperature rise of main transformer

A fault caused by a decrease in the insulating effect of solid materials

Transformer Substation

Before the failure of the main transformer, it is always accompanied by the increase of its own temperature. Therefore, in order to take effective protective measures, it is an effective means to judge according to the temperature of the main transformer. When the temperature reaches a certain high temperature value, the main transformer substation is judged to be abnormal, and corresponding measures should be taken to eliminate safety hazards.

2. Traditional Solutions

In order to accurately grasp the working conditions of the main transformer substation and find out the problems in time to avoid the property and safety losses caused by the abnormal work of the main transformer substation, various power stations take a variety of measures, among which the temperature of the main transformer is measured by the temperature sensor to judge the working status of the main transformer.

At present, the temperature measurement of the primary variable pressure device in a substation is under the pressure gun. When the temperature of the primary variable is too high, the fire control water gun will automatically trigger the water jet to cool down the primary variable inlet line. When the temperature measurement sensor is inaccurate or abnormal, the loss caused by fire water cannon trigger is very serious. Therefore, a set of more effective methods are needed to measure the temperature of the main variable.

Shortcomings of current detection methods:

Ø local temperature, cannot pass comprehensive main transformer temperature field information to determine the working state of it;

Ø temperature misjudgment mobilized fire water cannon processing loss is bigger.

3. Infrared Thermal Imaging Solution

When designing the on-line thermal imaging temperature measuring system of power station, we adopt the system solution of front-end infrared thermal camera + back-end processing software. The system solution of front-end infrared thermal camera + back-end processing software can store video images and display them in real time through the display. The design method of separating front-end acquisition and back-end display also enables the staff to stay away from the scene of the dangerous work area, and the operation status of the equipment can be known in the control room, which is safe and efficient.

3.1 Dual-light monitoring method

The main transformer substation adopts infrared light + visible light dual spectrum monitoring mode to monitor the temperature field of the main transformer through infrared light. In case of abnormal temperature, an alarm signal is given to remind the staff to take effective measures. Visible light monitoring is assisted to monitor the situation within the field of view in real time, so that the staff can see the surrounding situation of the main transformer substation more clearly and make a correct judgment.

Transformer Substation Thermal Imaging Monitoring System

The main change under the dual - light infrared thermal camera

3.2. Add temperature measurement object

Transformer Substation Thermal Imaging Monitoring System

Add a host to become a temperature measuring object

3.3 Linkage of alarm signals

Alarm signal output

4. User Benefits

Considering the user's actual usage, and the system reliability and economical consideration of the project, we will keep the original in the substation main transformer monitoring ways of monitoring to detect the infrared thermal imaging detection of signal and the original way of monitoring signal processing in series in the same management system, and that when there is alarm all monitoring way to trigger the fire water cannon for processing.

Various monitoring methods are connected in series to control the call of fire water cannon

This way can effectively avoid the unnecessary call of fire and water cannon caused by the misjudgment of a certain monitoring method, which costs manpower and material resources; At the same time, the original system will be used to save resources.

technical parameter

It integrates visible light, infrared thermal imaging, high-performance turntable and intelligent algorithm into one, which is suitable for important security occasions requiring real-time preview, preset detection, automatic alarm, data storage and analysis, such as power monitoring, hazardous chemicals monitoring, fire monitoring and so on.
  • Accurate temperature measurement & clear images
    Accurate temperature measurement, clear images and supports high-definition transmission of visible light
  • Stable operation, adapt to bad weather
    Stable operation, adapt to bad weather, support automatic cruise and automatic alarm
  • Support NVRs, low network bandwidth, flexible network
    Single network cable can transmit infrared temp and visible light images at the same time

 

 

 

 

 

 

Product Parameters

 

FEATURES

DS-SM384D

DS-SM640D

Thermal Imaging Parameters

Resolution

384×288

640×480

NETD

≤50mk@300K,f1.0

Frame frequency

50Hz

30Hz

Wave band

8-14μm

Temp range

-20℃~150℃/0℃~300℃/60℃~600℃

Camera lens

Support multiple camera options

Temp measuring ways

 

Points & areas measuring

Temperature display

Global high and low temp tracking, point/line/polygon temp measuring templates,  multiple objects can be added, set independent threshold range, sampling period and draw historical temp curve template, set multiple shielding areas

 

Focus Mode

Electric/manual, electric lens supports autofocus

 

Image enhancement

Adaptive drawing, manual enhancement, electronic zoom

 

Color palette

White hot, black hot, iron red, red saturated, user-defined and others

 

 

Video output

100M Ethernet +PAL analog video, with temp measurement area display

Digital zoom

x2, x4

 

Visible Light Parameters

 

Image resolution

1920*1080

 

Resolution

2 million pixels

 

Sensor type

1/2.8’’ Progressive Scan CMOS

 

Camera lens

4x optical zoom, f=2.8-12mm (customizable)

Horizontal view angle

115°~33.8° (wide angle - far view)

Close range

10mm~1500mm (wide angle - far view)

Zoom speed

About 1s

MIN illumination

Color: 0.05lux, black and white: 0.01lux, white light or infrared supplementary light: 0Lux

Holder Performance

Control

Autonomous platform software, or HAIKANG client, or 485 line

Communication interface

 

Network output

Command control

The motion direction, angle, speed, preset position, cruise scan and initial action of power on of the holder can be controlled by software function interface

Preset points

256 preset points, accuracy < 0.05 °

 

Cruise scanning

6 pieces, each can set 16 preset positions, preset time adjustable

Automatic focus speed control

The control speed is automatically adjusted according to the length of the focal length of the white light

 

Vertical angle

-20°(look down) ~ +90°(look up)

 

Horizontal angle

360°continuous rotation, without monitoring blind area

Vertical rotation velocity

 

Keying 100°/S, manual 0.5° ~ 80°/S

Horizontal rotation velocity

 

Keying 100°/S, manual 0.5° ~ 80°/S

AUTO rollover function

Achieve 180° automatic rollover continuous monitoring in vertical direction

Power  on operation

 

The initial action of power on the product can be set

Installation way

Supports vertical and upside-down installing

LED

Support double LED supplementary lights

Network Function Processing

Data interface

100M dual network output

Video processing

H.264/MJPEG

Image output

Main stream: 1280 x 720; Sub code stream :640 x 360, 352 x 288

 

Network protocol

TCP/IP,HTTP,DHCP,DNS,DDNS,RTP,RTSP,PPPoE,SMTP,NTP,UPnP,ONVIF

 

Business functions

Support WEB configuration, OSD, real-time video transmission,  movement detection and IO alarm linkage front-end storage,  front-end storage playback/download, movement detection and IO alarm center alert and screen pop up linkage, MJPEG capture, unified client remote monitoring software, MYEYE platform and others; Provide complete SDK development kit (including JAVA)

 

General Specification

Total weight

≤2.8Kg

 

Interchanger

Built-in interchanger, single cable

 

Wiring method

Side outlet line or bottom outlet line is optional, side outlet line is aviation socket and aviation line, bottom outlet line is center hole lead line

 

Shell material

Magnesium alloy

 

Appearance

The paint surface of the machine is even and smooth without dropping paint

 

Protective lens

The double optical path has protective lens, including the germanium lens for infrared

 

Power supply

DC12V, power consumption of the whole machine<20W

 

Protection level

IP66, TVS 6000V anti-lightning, anti-surge, anti-surge. EMC meets CE/FCC standard

 

Working temp

-20℃~45℃, humidity <90%

 

Secondary Development

Software support

Provide complete related software or SDK development kit (including JAVA) for head control, visible light and thermal camera.

 

 

Solutions Consulting